All You Need to Know About Ultra-High Clearance Agricultural Robots
Learn why high ground clearance designs are reshaping the future of smart agriculture.
1. Which crops is this ultra-high ground clearance agricultural robot suitable for?
In the cultivation of tall crops such as corn, sorghum, and rapeseed, traditional low-chassis machinery struggles to navigate between rows, easily damaging plants or being limited by terrain. Ultra-high ground clearance agricultural robots, however, employ a high ground clearance design, allowing them to easily pass between crop rows and perform unmanned spraying, inspection, and sampling—precision agricultural tasks. Shuobao Intelligent's high ground clearance platform has been enhanced in structural design, electronic control system, and terrain adaptability, providing research institutions and agricultural enterprises with an intelligent mobile platform that balances performance and flexibility.II. Frequently Asked Questions (FAQ)
This platform is specifically designed for tall crops such as corn, sugarcane, sorghum, rapeseed, and sunflower. It is suitable for various tasks including corn detasseling, phenotyping, cotton topping, precision spraying, field inspection, orchard harvesting, and targeted fertilization. The clearance above the ground can be flexibly customized according to crop height, ensuring smooth passage between crop rows without touching the plants.
Yes, the ground clearance can be adjusted electrically or hydraulically, allowing for quick height switching at different crop growth stages. An adjustable suspension system is also supported to adapt to complex terrain.
如果农田平整、需要较高行驶速度,推荐轮式结构;若地形复杂或泥泞,履带式底盘能提供更好的抓地力与稳定性。硕宝智能可根据地形条件提供不同版本。
支持多种控制方式,包括 GPS + RTK 高精度定位、ROS 平台接入、CAN 总线与 EtherCAT 通讯。用户可集成视觉识别、路径规划与智能避障算法,快速实现无人化作业。
载重范围一般为200–10000kg(10吨),续航时间约3–8小时。可根据任务需求选配不同容量电池或快换电池系统,满足全天候作业;亦可搭载燃油发电机,太阳能板,实现全天作业。
支持。硕宝智能可根据科研或产业项目需求,定制电机功率、轴距、控制器接口、悬挂结构及软件协议,打造专属高性能平台。
三、超高离地平台的技术亮点
- ⚙️ 可调式悬挂结构,离地间隙最高可定制至客户需求
- 🔋 高功率电机与智能扭矩分配系统
- 📡 支持 RTK 定位与多传感器融合
- 🧠 兼容 ROS / CAN / EtherCAT 控制协议
- 🛠️ 模块化结构,便于维护与功能扩展
四、结语
超高离地农业机器人正在成为智能农机的重要方向。它不仅解决了高秆作物作业难题,也让算法团队能够在真实农田中快速验证AI识别与自动驾驶技术。硕宝智能致力于打造性能毫无保留的底盘平台,让智能农业的潜能真正落地。👉 想了解更多定制方案? 立即联系硕宝智能工程团队,获取您的专属解决方案。
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